ICE SHOOTING #gun #shotgun #shot #usa #12gauge #bullet #rdr2 #ice #youtubeshorts

This guide details the experimental technique of skipping bullets on ice, as demonstrated with a .45 ACP 1911. It emphasizes the critical role of precise angle adjustment, ice thickness, and a safe shooting environment. The experiment shows that with the correct low angle, a bullet can indeed skip off ice, creating a groove before continuing its trajectory.

This video from Yee Yee Life explores the ballistic penetration capabilities of Play-Doh, using it as an alternative medium to test various calibers from .22 up to .50 BMG. The host, demonstrating enthusiastic and experimental energy, provides a visual guide to how different rounds interact with the material, noting penetration depths and entry hole characteristics. The content highlights safe firearm handling and muzzle discipline, offering insights into projectile performance in a non-standard medium.

This guide details an experiment from DemolitionRanch where a PSA Sabre 10 rifle chambered in .308 Winchester is tested with 7.62x39mm ammunition. The video, presented by Matt Carriker, demonstrates that while the rifle can fire the incorrect caliber, the casing undergoes significant fire-forming due to the chamber size difference, and the action does not cycle. It highlights the importance of using correct ammunition for safe and reliable firearm operation.

This entry details an experimental approach to testing bullet deflection using ballistic dummies and firearms like the LWRC SMG-45. Expert Matt Carriker explores the theoretical possibility of deflecting a .45 ACP round with a hand, concluding that while minor deflection can occur, it's an unreliable defense mechanism resulting in severe injury. The experiment highlights the importance of understanding ballistics and the limitations of improvised defensive tactics.

This video from Hickok45 explores the experimental use of black powder cartridges in a modern Glock 21 Gen 4 pistol. While the Glock can cycle these rounds, observations include significant smoke and weak ejection due to lower pressure compared to smokeless powder. The content highlights the firearm's ability to function under unusual conditions, showcasing its reliability and Hickok45's expertise in firearm testing.

This guide details the experimental setup and execution of simulating a contact shotgun blast, inspired by the Alex Murdaugh trial. It covers defining contact shots, setting up a realistic ballistic gel model, performing the shot with a Benelli Supernova, and analyzing the resulting forensic evidence. The demonstration highlights the significant pressure and gas effects unique to contact wounds, offering insights relevant to forensic analysis and trial testimony.

This video demonstrates a detailed, multi-stage manual reloading process for a niche 4-gauge shotgun shell. The expert instructor guides viewers through priming, powder loading, wad insertion, projectile seating with a 'Megaslug', and finally sealing the shell with melted polymer/wax. The process highlights specialized tools and components required for this large-caliber reloading.

This guide details the process of handloading 12 Gauge buckshot ammunition, as demonstrated by an experienced individual. It covers priming casings, adding Sokol gunpowder, inserting wads and 9mm lead buckshot, and finishing with a star crimp using a reloading press. Proper storage with a desiccant is also shown. The demonstration highlights expertise in ammunition handloading techniques.

This guide details the methodical disassembly of vintage 16-gauge Azot shotgun shells, as demonstrated by a specialist. It covers the careful cutting of the hull, extraction of components like lead shot and gunpowder, and the use of precision tools for measurement. The video emphasizes a systematic approach to analyzing old ammunition, including a gunpowder burn test, highlighting the expertise of the presenter in handling potentially hazardous vintage materials.

This guide details the custom reloading of 12 Gauge brass shotgun rounds, emphasizing a methodical, ASMR-style approach. It covers shell preparation, precise powder measurement, wadding, projectile insertion, and finishing with wax seals and custom stamps. The process also includes the 3D printing of custom storage cases, showcasing advanced DIY ammunition crafting.